protected override bool ProcessRequestInternal(
RequestCache requestCache,
out string result_code)
{
RoomTemplateSet roomTemplateSet =
WorldBuilderCache.GetWorldBuilder(requestCache.DatabaseContext, requestCache.SessionCache).RoomTemplates;
foreach (RoomTemplate roomTemplate in roomTemplateSet.RoomTemplateDictionary.Values)
{
RoomTemplateReport.AppendFormat("[{0}]\n", roomTemplate.TemplateName);
roomTemplate.NavMeshTemplate.ToStringData(RoomTemplateReport);
}
result_code = SuccessMessages.GENERAL_SUCCESS;
return(true);
}
public bool ValidateDungeons(Command command)
{
bool success = true;
string result = SuccessMessages.GENERAL_SUCCESS;
RoomTemplateSet roomTemplateSet = new RoomTemplateSet();
MobTypeSet mobTypeSet = new MobTypeSet();
MobSpawnTableSet mobSpawnTableSet = new MobSpawnTableSet();
int game_id_min = 0;
int game_id_max = 100000; // Int32.MaxValue; This will take ~100 days to finish all 2 billion dungeons
string connection_string = "";
string dumpGeometryPath = "";
if (command.HasArgumentWithName("C"))
{
connection_string = command.GetTypedArgumentByName <CommandArgument_String>("C").ArgumentValue;
}
else
{
_logger.WriteLine("DungeonValidator: Missing expected connection string parameter");
success = false;
}
if (command.HasArgumentWithName("G"))
{
game_id_min = command.GetTypedArgumentByName <CommandArgument_Int32>("G").ArgumentValue;
game_id_max = game_id_min;
}
else
{
_logger.WriteLine("DungeonValidator: No game id given, evaluating all possible game ids");
}
if (game_id_min == game_id_max && command.HasArgumentWithName("D"))
{
dumpGeometryPath = command.GetTypedArgumentByName <CommandArgument_String>("D").ArgumentValue;
}
_logger.WriteLine("Validating layouts for game_ids {0} to {1}", game_id_min, game_id_max);
// Get the room templates from the DB
if (success && !roomTemplateSet.Initialize(connection_string, out result))
{
_logger.WriteLine(string.Format("DungeonValidator: Failed to load the room templates from the DB: {0}", result));
success = false;
}
// Get the mob type set from the DB
if (success && !mobTypeSet.Initialize(connection_string, out result))
{
_logger.WriteLine(string.Format("DungeonValidator: Failed to load the mob types from the DB: {0}", result));
success = false;
}
// Get the mob spawn templates from the DB
if (success && !mobSpawnTableSet.Initialize(connection_string, mobTypeSet, out result))
{
_logger.WriteLine(string.Format("DungeonValidator: Failed to load the mob spawn tables from the DB: {0}", result));
success = false;
}
if (success)
{
DateTime startTime = DateTime.Now;
// Test all possible world size configurations for each desired game id
WorldTemplate[] worldTemplates = new WorldTemplate[] {
new WorldTemplate(GameConstants.eDungeonSize.small, GameConstants.eDungeonDifficulty.normal),
new WorldTemplate(GameConstants.eDungeonSize.medium, GameConstants.eDungeonDifficulty.normal),
new WorldTemplate(GameConstants.eDungeonSize.large, GameConstants.eDungeonDifficulty.normal),
};
for (int game_id = game_id_min; success && game_id <= game_id_max; ++game_id)
{
foreach (WorldTemplate worldTemplate in worldTemplates)
{
DungeonLayout layout = new DungeonLayout(game_id, worldTemplate, roomTemplateSet, mobSpawnTableSet);
// Create the initial set of rooms for the world
if (!layout.BuildRoomLayout(out result))
{
_logger.WriteLine(
string.Format("DungeonValidator: Failed to generate dungeon layout, game_id:{0}, size:{1}",
game_id, worldTemplate.dungeon_size));
_logger.WriteLine(result);
success = false;
}
// Verify that this is a valid dungeon
if (success)
{
Dictionary <int, Portal> portalIdToPortalMap = BuildPortalIdMap(layout);
// Verify that all portals are connected correctly
success &= VerifyRoomPortals(layout, portalIdToPortalMap);
// Verify that every room is accessible to every other room
success &= VerifyRoomAccessibility(layout, portalIdToPortalMap);
// Verify monster spawners
success &= VerifyMobSpawners(layout);
}
// Dump the generated layout to a .obj file
if (dumpGeometryPath.Length > 0)
{
DumpLayoutGeometry(dumpGeometryPath, layout);
}
}
if (game_id_max > game_id_min)
{
if ((game_id % 1000) == 0)
{
TimeSpan elapsed = DateTime.Now.Subtract(startTime);
int percent_complete = 100 * (game_id - game_id_min) / (game_id_max - game_id_min);
_logger.Write("\r[{0:c}] {1}/{2} {3}%",
elapsed,
game_id - game_id_min,
game_id_max - game_id_min,
percent_complete);
}
}
}
// Write out a new line after the timing info
_logger.WriteLine();
}
return(success);
}